$50/mo
High-speed, low-latency broadband from LEO
400 Mbps 20–60ms 10,139/19,400 sats
Satellite Internet Comparison
Internet is no longer
Earthbound
Compare every satellite internet provider on Earth - and beyond. From Starlink to the International Space Station, find the best connection for your location.
Last updated: March 2026 · 10 providers tracked · 31+ countries covered
Constellation Tracker
Live Constellation Tracker
11,276satellites in orbit today
54,686 planned by 2030
Actual Projected Hover for details
2026 (current)Export Data →
Sources: planet4589.org, FCC filings SAT-MOD-20200417-00037, keeptrack.space (March 2026); Amazon official updates, FCC Order DA 20-690, FCC Jan 2026 expansion to 7,736; Eutelsat Group investor reports, oneweb.net (Gen 1 complete; 340 Gen 2 ordered Jan 2026); satellitemap.space, SpaceNews, China-in-Space.com; KeepTrack, china-in-space.com, ITU filings GW-A59 + GW-2. Projections based on FCC/ITU filings and announced deployment schedules. Actual counts may vary. Machine-readable data available via API.
Satellite Internet Providers
Active services and upcoming constellations, compared.
Full analysis with sources →New to satellite internet? - What LEO, GEO, and MEO mean for your connection
Satellite internet beams broadband from space to a small dish at your home. It works anywhere with a view of the sky - no cables needed. The key difference between providers is orbit type, which determines speed and responsiveness.
How satellite orbits affect your internet
LEO 500-2,000 km
Low Earth Orbit
Satellites fly close to Earth, so signals travel fast. Feels like regular broadband. Need thousands of satellites for full coverage.
Latency: 20-60ms Gaming: Yes
MEO 8,000-20,000 km
Medium Earth Orbit
A middle ground - faster than GEO, fewer satellites needed than LEO. Mainly used for enterprise and maritime.
Latency: 100-150ms Gaming: Possible
GEO 35,786 km
Geostationary Orbit
Satellites hover over one spot, so just a few can cover the whole planet. But the distance causes noticeable delay.
Latency: 500-800ms Gaming: No
Latency is how long a signal takes to travel to the satellite and back, measured in milliseconds (ms). Lower is better. For context: video streaming works fine with any latency, video calls need <300ms, and online gaming needs <100ms.
Speeds below are advertised maximums. Real-world performance varies by location, time of day, and network congestion.
Quick Comparison
Cyan = low latency Orange = high latency
| Provider | Orbit | From | Max Speed | Latency | Data Cap | Equipment | Self-Install |
|---|---|---|---|---|---|---|---|
| Starlink | LEO | $50/mo | 400 Mbps | 20–60ms | Unlimited | $349 | Yes |
| HughesNet | GEO | $40/mo | 100 Mbps | 600–650ms | Plan-dependent | Not announced | No |
| Viasat | GEO | $69.99/mo | 150 Mbps | 500–700ms | Unlimited | Not announced | No |
| OneWeb (Eutelsat) | LEO | Enterprise/mo | 195 Mbps | 30–70ms | Unlimited | Not announced | No |
| SES mPOWER | MEO | Enterprise/mo | 500 Mbps | 100–150ms | Unlimited | Not announced | No |
Consumer - Available Now
$40/mo
Affordable satellite internet for rural America
100 Mbps 600–650ms 3 sats
Check Availability Affiliate
$69.99/mo
Satellite internet for home and business
150 Mbps 500–700ms 4 sats
Enterprise Only - not sold to individuals
Enterprise only
LEO connectivity for enterprise and government
195 Mbps 30–70ms 654 sats
Enterprise only
High-throughput MEO for enterprise
500 Mbps 100–150ms 10/13 sats
Upcoming - not available yet, specs may change
Enterprise only
Amazon's LEO broadband - launching 2026
1000 Mbps 20–40ms 212/7,736 sats
Not announced
Satellite broadband direct to your phone
120 Mbps 20–40ms 6/243 sats
Not announced
Enterprise LEO - pathfinder launching Dec 2026
TBD 30–50ms 0/156 sats
Not announced
China's mega-constellation - 108 in orbit
TBD 60–70ms 108/13,904 sats
No public website available
Not announced
China's state-backed LEO network - 163 in orbit
TBD TBD 163/12,992 sats
No public website available
By Country
Which providers are available where you live.
United States
North America
United Kingdom
Europe
Australia
Oceania
Germany
Europe
Canada
North America
Brazil
South America
New Zealand
Oceania
Japan
Asia-Pacific
France
Europe
Nigeria
Africa
India
Asia-Pacific
China
Asia-Pacific
Indonesia
Asia-Pacific
Pakistan
Asia-Pacific
Bangladesh
Asia-Pacific
Mexico
North America
Ethiopia
Africa
Philippines
Asia-Pacific
Egypt
Middle East & Africa
DR Congo
Africa
Turkey
Europe / Asia
Thailand
Asia-Pacific
Italy
Europe
South Africa
Africa
Tanzania
Africa
Myanmar
Asia-Pacific
South Korea
Asia-Pacific
Colombia
South America
Poland
Europe
Spain
Europe
Switzerland
Europe
Beyond Earth
Internet in Actual Space
How connectivity works where there are no cell towers.
Read more on our blog →ISS
How Astronauts Get Online
600 Mbps via NASA's TDRS relay satellites. Used for email, video calls, social media, and movie nights. Upcoming 1.2 Gbps laser link will make the ISS faster than most homes on Earth.
April 2026
Artemis II - Laser Comms to the Moon
First laser communications on a crewed deep space mission. Streaming 4K video from the Moon at 260 Mbps via infrared laser links.
Interplanetary
The Deep Space Network
Built with Vinton Cerf (co-inventor of TCP/IP). Handles 4-24 minute signal delays to Mars using DTN "store and forward" protocol.
Future Stations
Tiangong & Commercial Stations
China's Tiangong uses Tianlian relay satellites for crew internet. Axiom Space (2027) and Vast Haven-1 (Q1 2027) will likely use Starlink for passenger connectivity.
Why satellite users need a VPN
VPN for Satellite Internet
Satellite internet routes your data through ground stations that may be in other countries. Without a VPN, anyone at those stations can see your traffic. A VPN encrypts everything so only you can read it.
Full VPN comparison →
NordVPN Best overall $3.39/mo
7,400+ servers · 118 countries
Surfshark Best value $1.99/mo
4,500+ servers · 100 countries
ExpressVPN Premium $2.44/mo
3,000+ servers · 105 countries
+ 2 more VPNs compared. See all 5 →
10 providers tracked · 31+ countries covered · Updated March 2026